中科院合肥物质科学研究院副院长兼等离子体物理研究所所长/研究员/博导。

先后在美国麻省理工、日本 JAEA 等著名机构从事磁约束聚变研究， 主持或参与国家级科研项目近 20 项。围绕国家大科学工程 EAST 装置进行科学与技术研究，承担并完成 ITER 大型极向场超导磁体、超导馈线系统、高温超导电流引线等。

荣获“国家杰出青年基金”、中国工程院“光华工程科技奖青年奖”、国际 “聚变核技术杰出贡献奖”、2016 年和 2018 年“安徽省科技进步一等奖（第一完成人）”，国家“万人计划”领军人才入选者、科技部 “中青年科技创新领军人才计划”入选者、“中国青年科技奖”和“中国青年五四奖章”获得者和 “新 世纪百千万人才工程”国家级人选，是 2007 年安徽省科技进步一等奖、2008 年国家科学技术进步一等奖和 2013 年国家科学技术进步奖的重要成员。

发表 SCI 和 EI 收录的学术论文 100 多篇，申请专利 60 多项，已授权 42 项，软件著作权 5 项，参与制定聚变标准 10 余项，出版英文专著和中文专著各一部。

1. ITER 超导馈线系统研制
2. CFETR主机集成设计
3. ITER PF6超导磁体线圈研制
4. 超导托卡马克装置关键科学与技术研究
5. ITER波纹管制造
6. EAST内部部件实时检测、分析及快速更换关键技术
7. 国家（ITER）计划专项
   

代表性论文：

Zheng Jinxing*; Song Yuntao; Liu Xufeng; Lu Kun; Qin Jinggang;Overview of the Design Status of the Superconducting Magnet System of the CFETR, IEEE Transactions on Applied Superconductivity, 2018, 28(3)：0-4204305

Xiongyi, Huang*; Chen, Liu; Chen-yu, Gung; Arnaud, Devred; Erwu,Niu; Yuntao, Song; Nicholas, Clayton;Kun, Lu; Guoliang, Li; Chao, Wang;Zhiheng, Dai; Chunyu, Wang; Xiaowu, Yu; Linlin, Fang; Progress of ITER Feeder System Electrical Insulation Qualification, IEEE Transactions on Applied Superconductivity, 2018, 28(3)：1-4

Jijun, Xin; Chao, Fang; Jing, Wei; Lin, Wang; Shuangsong, Du;Chuanjun, Huang; Yuntao, Song; Laifeng, Li; Development of welding and processing technologies of helium inlet for ITER Correction Coil, Fusion Engineering and Design, 2018, 137：268-273

Wang, Lei; Zheng, Jinxing*; Song, Yuntao; Wan, Yuanxi; Multiscale Model for Simulation of Large-Scale YBCO Solenoid Coils With J Infinite-Turn,IEEE Transactions on Applied Superconductivity, 2019, 29(2)：0-4900305

Wang, Lei; Zheng, Jinxing*; Li, Quan; Song, Yuntao; Wan, Yuanxi;Development of Multiscale Model in Large-Scale HTS Coils With Improved Coupling, IEEE Transactions on Applied Superconductivity, 2019, 29(6)：0-4702207

Li, Ming*; Song, Yuntao; Jiang, Feng; Wang, Pengyu; Zhang, Wuquan;Multiscale Method for AC Loss Calculation of HTS Coated Conductors With Magnetic Substrate, IEEE Transactions on Applied Superconductivity, 2019, 29(1)：0-8200307

Rong, Jian; Huang, Xiongyi; Song, Yuntao; Yang, Haojun; Lu, Kun*; AC losses calculation of Bi-2212 Cable-in-Conduit Conductor used in CFETR, Fusion Engineering and Design, 2019, 141：109-115

Li Ming; Zheng Jinxing*; Song Yuntao; Zeng Xianhu; Wang Ming; A method for interplay analysis between quench protection and quench characteristics of close-wound superconducting magnet, Physica C-Superconductivity and Its Applications, 2019, 566：0-UNSP 1353523

Rong, Jian; Lu, Kun; Zou, Chunlong; Wen, Xinjie; Song, Yuntao; Yang,Haojun; Huang, Xiongyi*; Development of superconducting joint for TOKAMAK feeder busbar, Fusion Engineering and Design, 2019,138：41-47

Zhang, Jun Sheng*; Song, Yun Tao; Zhang, Wu Quan; Jiang, Feng; Magnetic and Thermal Design of HTS Quadrupole Magnet for Newly Developed Superconducting Proton Cyclotron Beam Line, Journal of Superconductivity and Novel Magnetism, 2019, 32(3)：529-538

Li Guoliang; Huang Xiongyi*; Bauer Pierre; Fang Linlin; Wang Jun; Wang Chao; Dai Zhiheng; Liu Chen; Gong Zheng; Clayton Nicholas; Piccin Roland; Gung Chen-yu; Zhou Tingzhi; Ding Kaizhong; Liu Chenglian; Lu Kun; Song Yuntao; Niu Erwu; Development and qualification of ITER current lead electrical insulation, FUSION ENGINEERING AND DESIGN, 2019, 146：955-958

Li, Ming; Zheng, Jinxing*; Song, Yuntao; Zeng, Xianhu; Wang, Ming; Newly Developed Modeling Application for Quench Characteristic Analysis of YBCO Pancake Coil, IEEE Transactions on

Applied Superconductivity, 2020, 30(3)：0-4700507

Yang, Haojun; Lu, Kun; Huang,Xiongyi*; Rong, Jian*; Song, Yuntao; Concept Design of Bi-2212Superconducting Joint for the Central Solenoid Magnet of China Fusion Engineering Test Reactor, JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 2020, 89(9)：094201

Chen, Gen*;  Xu, Manman; Song, Yuntao;  Chen, Yonghua;  Ding, Kaizhong;  Li, Junjun; Karamyshev, Oleg;  Karamysheva,Galina;  Shirkov, Grigori;  Calabretta, Luciano; Design and Research of Magnetic Field Mapping System for SC200, IEEE TRANSACTIONS ON NUCLEAR SCIENCE,2020, 67 (1): 369-373

Li Ming;  ZhengJinxing*;  Song Yuntao;  Zeng Xianhu ;  Wang Ming; A method for interplay analysis between quench protection and quench characteristics of close-wound superconducting magnet, PHYSICA C-SUPERCONDUCTIVITY AND ITS APPLICATIONS, 566: 1353523

Zheng Jinxing*; Liu Haiyang;Song Yuntao; Zhang Junsheng; Study on Magnets for Beam Transport System of SC200 Superconducting Proton Therapy Facility, IEEE  Transactions on Applied Superconductivity,2019, 29(2):  4400206.

Wang Pengyu*; Zheng Jinxing; Song Yuntao; Zhang Wuquan; Design of the Fast Scanning Magnets for SC200 Proton Therapy Facility, IEEE Transactions on Applied Superconductivity, 2019,29(2): 4500105.

Zheng Jinxing*; Liu Haiyang; Song Yuntao; Zhang Junsheng; Design of prototype magnet for beamline system of SC200 superconducting proton cyclotron, 2018 IEEE International Conference on Applied Superconductivity and Electromagnetic Devices(ASEMD), China, 2018-4-15-2018-4-18. (20)

Zhang J. S.;Zhang Junsheng; Zheng Jinxing*; Song Yuntao; Feng Jiang; Zhang Wuquan; Li Ming; Zeng Xianhu; Study of Induced Eddy Current Effects on Field Homogeneity for Fast Ramped Bending Magnets, IEEE Transactions on Applied Superconductivity,2018,28(1): 4900207.

Zhang Junsheng; Zheng Jinxing*; Song Yuntao; Zhang Wuquan; Li Ming; Zeng Xianhu; Design and Field Measurement of a Dipole Magnet for a Newly Developed Superconducting Proton  Cyclotron Beam Line, 29(9):133-140.

Xu Manman; Song Yuntao; Chen Gen*; Chen Yonghua; Ding Kaizhong; Li Hengbo; Wang Jun; ZhouJian; Design and commissioning of B-rav measurement system for SC200 superconducting cyclotron, Nuclear Science and Techniques, 2019, 30(6): 93.

Ding Kaizhong; Lian Huan; Feng Hansheng*; Bi Yanfang; Du Shuangsong; Zou Chunlong; Feng Changle; Hu Rui; Zhang Huahui; Li Lei;  Chen Yonghua; Li Junjun;Gen Chen; Song Yuntao; Quench Safety Simulation and Verification of Superconducting Coils for the SC200 Superconducting Cyclotron, IEEE Transactions on Applied Superconductivity, 2019, 29(5): 1-4.

Zhou Kai; Song Yuntao; Ding Kaizhong*; Chen Gen*; Karamysheva, Galina; Calculation of the ideal isochronous field for the SC200 cyclotron using the Nelder-Mead simplex algorithm, Journal of Nuclear Science and Technology, 2020, 57(3): 217-223.

Zhou Pengyan; Ding Kaizhong; Li Junjun*; Xu Shiwen; Song; RESEARCH ON THE EFFECT OF MAGNET PARAMETERS ON THE ISOCHRONOUS FIELD OF A SUPERCONDUCTING CYCLOTRON[J]. Nuclear technology & radiation protection, 2019, 34(3):222-230.

Karamysheva G*; Popov D; Karamyshev O; Malinin V; Karamysheva T; Shirkov G; Shirkov S; Bi Yanfang; Chen Gen; Ding Kaizhong; Song Yuntao; Influence of the RF magnetic field on beam dynamics in SC200 cyclotron, Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment,2019, 940: 61-65.

Wu Zou; Ding Kaizhong*; Feng Changle;Song Yuntao. Radial Magnetic Field Optimization of the 5 T Superconducting Cyclotron for Medical Application. 2020 IEEE International Conference on Applied Superconductivity and Electromagnetic Devices (ASEMD).

Zhirong Zhang, Yuntao Song, Huan Wu*, Yanyu Xie, Zhonghui Yang, Guang Shen, Weiyue Wu, Kun Lu, and Jing Wei，Experimental Study on Vacuum Control Method for Paschen Tests of the Superconducting Magnet Mockup，2017,27（6）：4900804.

Shuangsong Du, Wei Wena,∗, Jin Chena, Weiyue Wua, Yuntao Songa, Guang Shena，ITER PF6 double pancakes winding line，Fusion Engineering and Design，2017,116：10-16.Z. Zhang, Y. Song, H. Wu∗, G.Shen, W. Wu, K. Lu, J. Wei , B. Jiang, C. Wang, G. Vercelli , M. Bilbao, J.C.Pe˜nate，P. Readman, C.Sborchia , P. Valente , K. Smith，Mechanical performance characterization of the insulation strap of the ITER PF coil tail，Fusion Engineering and Design ,2017,121:70-74.

Huan Wu*,Yuntao Song, Kun Lu,Jing Wei, Guang Shen, Weiyue Wu, Yanyu Xie, Zhirong Zhang ,

Zhonghui Yang,Mingming Shang , Peter Readman, Carlo Sborchia, Pierluigi Valente , Kevin Smith, Yuri Ilyin, Fabrice Simon, Qing Hua , Byung Su Lim, Performance of the insulation mock-ups for the ITER PF6 coil,Fusion Engineering and Design,2018,137: 362-372.

Z. Zhang, Y. Song , H. Wu*, M.Zhang , Y. Xie , B. Hu , F. Liu , G. Shen , W. Wu , K. Lu, J. Wei, M. Bilbao,J.Peñate,P.Readman,C.Sborchia, P.Valente ,K. Smith,Mechanical and electrical performance characterization of partial mock-up of the ITER PF6 coil tail,Cryogenics,2017,88: 57-65.

Zhirong Zhang , Yuntao Song,Huan Wu*, Weiyue Wen, Mengyuan Zhang, Yanyu Xie, Hao Han, Guang Shen, WeiyueWu, Kun Lu, Jing Wei, Mikel Bilbao, Peter Readman, Carlo Sborchia, Pierluigi Valente, Kevin Smith, and Kerong Jiang ,Qualification of the Weld for ITER PF6 Coil Tail,IEEE Transactions on Applied Superconductivity ,2019, 29(7):7800508.

专利：

陆坤; 韩全; 宋云涛; 周挺志; 刘辰; 冉庆祥; 黄雄一; 一种大型超导磁体电流引线嵌入环段接地层结构，2017-12-22, 中国，CN201720483871.2.

韩全; 陆坤; 宋云涛; 周挺志; 黄雄一; 李国亮; 刘辰; 一种大型超导磁体电流引线嵌入环段接地层工艺，2019-2-12, 中国，CN201710306528.5.

韩全; 陆坤; 宋云涛; 丁开忠; 刘承连; 周挺志; 刘辰; 一种大型超导磁体电流引线高效率组装式换热器结构，2018-6-5, 中国，CN201710306526.6.

韩全; 刘承连; 陆坤; 刘辰; 丁开忠; 宋云涛; 一种用于万安级电流引线的低温超导段结构，2019-12-17, 中国，CN201811097422.X.

刘承连; 宋云涛; 陆坤; 冉庆翔; 丁开忠; 刘辰; 黄雄一; 一种用于大电流高温超导电流引线的液氦浸泡式低温超导组件，2019-12-17至, 中国，CN201811120754.5.

宋云涛; 陆坤; 韩全; 刘辰; 周挺志; 黄雄一; 大型高温超导电流引线中超导缆和盒式铜接头的焊接工艺，2019-5-22, 中国，CN201910427344.3.

黄雄一; 宋云涛; 陆坤; 刘辰; 刘承连; 温新杰; 房琳琳; 二低温超导电缆终端连接接头组件及其制作方法，2019-7-2, 中国，CN201710282268.2.

宋云涛; 陆坤; 温新杰; 刘辰; 黄雄一; 一种利用铟丝搭接方法的超导接头盒，2019-1-4,中国，CN201710025754

Xiongyi Huang; Yuntao Song; Kun Lu; Chen Liu; Chenlian Liu; Xinjie Wen; Linlin Fang; Connector assembly of two low temperature superconducting cable terminals and manufacturing method thereof，2020-12-15，美国，US10868372B2

宋云涛; 文伟; 沈光; 陆坤; 陈进; 吴维越; 一种用于核聚变极向场超导磁体制造的双线并绕系统，2018-3-15，中国，CN201810213413.6.

胡兵; 沈光; 宋云涛; 陆坤; 吴欢; 黄雄一; 一种大型超导磁体短样高压测试电极处理方法，2018-2-1，中国，CN201810101713.5.

王春雨; 胡兵; 宋云涛; 陆坤; 沈光; 俞小伍; 一种Y型尾端结构的超导磁体出线端的绝缘处理方法，2018-12-25，中国，CN201811593061.8.

宋云涛; 文伟; 沈光; 陈进; 一种用于大型超导磁体线圈绕制的导体落模系统，2018-11-05，中国，CN201811306997.8.

谢延玉; 宋云涛; 吴欢; 沈光; 陆坤; 吴维越;一种可控速率的超导磁体部件的冷热循环试验装置，2018-8-22，中国，CN201810957661.1.

吴欢; 张之荣; 宋云涛; 文伟; 张梦缘; 谢延玉; 沈光; 吴维越; 陆坤; 卫靖; 一种大型超导线圈出线头的尾段结构，2018-2-6，中国，CN201820200040.4.

吴欢; 宋云涛; 邹春龙; 商明明; 胡兵; 俞小伍; 沈光; 吴维越; 陆坤; 卫靖; 一种用于大型超导线圈绝缘真空压力浸渍加热装置，2015-10-13，中国，CN201520804195.

杨忠慧; 沈光; 宋云涛; 陆坤; 胡兵; 俞小伍; 一种超导磁体氦进管绝缘处理方法，2018-12-25，中国，CN201811593003.5.

陆坤; 郑兴东; 宋云涛; 胡兵; 沈光; 吴维越; 降低CICC超导导体接头盒内超导缆交流损耗的方法，2019-7-16，中国，CN201910639811.9.

沈光; 文伟; 宋云涛; 陆坤; 陈进; 吴维越; 一种用于大型超导线圈绕制的层间过渡成形机，2018-2-1，中国，CN201810101712.0.

Zheng J.X.; SONG Y.T.; LU K.;ZHANG J.S; WEI J., SUPERCONDUCT ING DIPOLE MAGNET STRUCTURE FOR PARTICLE DEFLECTION，2017-5-9，美国，PCT.504593344.

Zheng J.X.; Li M.; Song Y.T.;Zhang W.Q.; Cheng Y., HONEYCOMB RIB STRUCTURE IN ROTATING GANTRY OF PROTON THERAPY DEVICE，2016-12-13，美国，PCT/2017/115353.

SONG Y.T.; Zheng J.X.; Han M.F., BEAM ENERGY DISPERSION ADJUSTING MECHANISM FOR SUPERCONDUCTING PROTON CYCLOTRON，2017-7-4，美国，PCT/CN2017/106992.

Zheng J.X.; Song Y.T.; Wang C.; Han M.F.; Chen Y.H.; Shen J.S., A CONTROL SYSTEM FOR DEGRADER OF SUPERCONDUCTING PROTON CYCLOTRON，2018-11-21，美国，PCT/2018/117780.

郑金星; 宋云涛; 支博; 江峰; 朱雷;一种超导质子装置能量选择系统及其实现方法，2017-9-25，中国，

ZL201710875427.X.郑金星; 宋云涛; 陈永华; 支博;  江峰;  张午权; 一种降能器楔形能选件精确固定与冷却装置，2017-6-26，中国，ZL201710494876.X.

郑金星; 宋云涛; 李由; 沈俊松; 张俊生; 一种超导质子加速降能器全自动精密定位系统，2017-6-26，中国，ZL201710494288.6.

郑金星; 宋云涛; 陈永华; 王鹏彧; 王明; 笔形束适形调强治疗头系统及实现方法，2017-6-15，中国，ZL201710453083.3.

郑金星; 李明; 宋云涛; 张午权; 程勇; 一种适用于质子治疗装置旋转机架内部的蜂窝状筋板结构，2016-12-13，中国，ZL

201611142807.4.

郑金星; 李明; 宋云涛; 张午权; 一种适用于质子治疗仪的超导 90 度二级铁真空冷却结构，2016-7-6，中国，ZL201610529061.6.

SONG Y.T.; Zheng J.X.; Yang

Q.X.; 小型超伝導サイクロトロンに基づく陽子治療システム，2017-10-12，日本，PCT/CN2018/092110.

SONG Y.T.; Zheng J.X.; Zhi B.,A ENERGY SELECTION SYSTEM FOR SUPERCONDUCTING PROTON FACILITY AND

IMPLEMENTATION METHOD，美国，PCT/CN2018/105717.

宋云涛; 郑金星; 张俊生; 适用于超导旋转机架技术的高温超导弯曲磁体结构，2015-12-30，中国，ZL201511024270.7.

宋云涛; 郑金星; 李明; 一种适用于质子加速器的高温/低温超导混合旋转机架，2016-7-6，中国，ZL201610529042.3.

标准：

HJB 1017-2018，低温铌钛超导接头线缆终端表面处理技术要求

DB34/T 2734.2-2016，托卡马克聚变堆部件兼容性设计与评估技术指南  第2部分：评估

DB34/T 2734.1-2016，托卡马克聚变堆部件兼容性设计与评估技术指南 第1部分：设计

DB34/T 2844.2-2017，大型低温超导磁体结构部件设计准则 第2部分：金属部件

DB34/T 2843-2017，高温超导叠制造工艺及试验方法

DB34/T 2844.3-2017，大型低温超导磁体结构部件设计准则 第3部分：非金属部件

HJB 1020-2018，聚变堆高温超导电流引线Bi-2223AgAu超导叠的焊接与直流临界电流测定

HJB 1019-2018，核聚变堆极向场超导磁体线圈绕制技术要求

软著：

2020SR1176530，快速励磁切换超导二极磁体临界特性及安全运行控制系统软件

2020SR1176523，大型高温超导磁体交流损耗多尺度模型计算方法软件

1. 金砖国家大科学装置委员会主席
2. 中俄超导质子联合研究中心负责人
3. 国际能源署聚变能磁体安全委员会中方负责人
4. EAST-WEST联合实验室主任
5. 美国聚变工程学术大会（SOFE）副主席
6. 美国聚变能源技术大会（TOFE）国际学术委员会委员
7. 国际核聚变科学技术大会（ISFNT）国际学术委员会委员
8. 美国ASME聚变能科学与技术标准制定委员会委员
   
9. 国家磁约束核聚变能总体设计组专家成员